Abstract. Reachability analysis for timed automata using SAT-based methods was considered in many papers, occurring to be a very efficient model checking technique. In this paper we show how to apply this method of verification to timed automata with discrete data, i.e., to standard timed automata augmented with integer variables. The theoretical description is supported by some pre-liminary experimental results. 1
The computational engine of the verification tool UPPAAL consists of a collection of efficient algo...
International audienceGiven the versatility of timed automata a huge body of work has evolved that c...
Abstract. Model checking of timed automata is a widely used tech-nique. But in order to take advanta...
We revisit a fundamental result in real-time verification, namely that the binary reachability relat...
AbstractWe describe a general automata-theoretic approach for analyzing the verification problems of...
AbstractWe consider pushdown timed automata (PTAs) that are timed automata (with dense clocks) augme...
Abstract: To relieve the state space explosion problem, and accelerate the speed of model checking, ...
Abstract. We present an improvement to the SAT-based Unbounded Model Checking (UMC, for short) algor...
Fränzle and Hansen investigated the model-checking problem of the subset of Duration Calculus withou...
Abstract—Real-time systems (RTSs) interact with their en-vironment under time constraints. Such cons...
The computational engine of the verification tool UPPAAL consists of a collection of efficient algor...
In this paper we develop an approach to model-checking for timed automata via reachability testing. ...
International audienceWe study the reduction of bounded reachability analysis of timed automata (TA)...
AbstractThe computational engine of the verification tool UPPAAL consists of a collection of efficie...
. A configuration of a timed automaton is given by a control state and finitely many clock (real) va...
The computational engine of the verification tool UPPAAL consists of a collection of efficient algo...
International audienceGiven the versatility of timed automata a huge body of work has evolved that c...
Abstract. Model checking of timed automata is a widely used tech-nique. But in order to take advanta...
We revisit a fundamental result in real-time verification, namely that the binary reachability relat...
AbstractWe describe a general automata-theoretic approach for analyzing the verification problems of...
AbstractWe consider pushdown timed automata (PTAs) that are timed automata (with dense clocks) augme...
Abstract: To relieve the state space explosion problem, and accelerate the speed of model checking, ...
Abstract. We present an improvement to the SAT-based Unbounded Model Checking (UMC, for short) algor...
Fränzle and Hansen investigated the model-checking problem of the subset of Duration Calculus withou...
Abstract—Real-time systems (RTSs) interact with their en-vironment under time constraints. Such cons...
The computational engine of the verification tool UPPAAL consists of a collection of efficient algor...
In this paper we develop an approach to model-checking for timed automata via reachability testing. ...
International audienceWe study the reduction of bounded reachability analysis of timed automata (TA)...
AbstractThe computational engine of the verification tool UPPAAL consists of a collection of efficie...
. A configuration of a timed automaton is given by a control state and finitely many clock (real) va...
The computational engine of the verification tool UPPAAL consists of a collection of efficient algo...
International audienceGiven the versatility of timed automata a huge body of work has evolved that c...
Abstract. Model checking of timed automata is a widely used tech-nique. But in order to take advanta...